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Note that some words contain an ae which may not be written æ because the etymology is not from the Greek -αι-or Latin -ae-diphthongs. These include: In instances of aer (starting or within a word) when it makes the sound IPA [ɛə]/[eə] (air). Comes from the Latin āër, Greek ἀήρ. When ae makes the diphthong / eɪ / (lay) or / aɪ ...
Fehu is the reconstructed Proto-Germanic name for the rune ᚠ (Old Norse: fé; Old English: feoh), found as the first rune in all futharks (runic alphabets starting with F, U, Þ, Ą, R, K), i.e. the Germanic Elder Futhark, the Anglo-Frisian Futhark and the Norse Younger Futhark, with continued use in the later medieval runes, early modern runes and Dalecarlian runes.
Not every English word that contains a gh was originally spelled with a yogh: for example, spaghetti is Italian, where the h makes the g hard (i.e., [ɡ] instead of [dʒ]); ghoul is Arabic, in which the gh was /ɣ/. The medieval author Orm used this letter in three ways when writing Early Middle English.
For every 3 non-theme words you find, you earn a hint. Hints show the letters of a theme word. If there is already an active hint on the board, a hint will show that word’s letter order.
For example, the 180° rotational ambigram "yeah" contains only two pairs of letters: y/h and e/a, whereas the heterogram "yeah / good" contains four : y/d, e/o, a/o, and h/g. There is no limitation to the number of words that can potentially be paired up as hetero-ambigrams, and full ambigram sentences have even been published. [15] [38]
Root Meaning in English Origin language Etymology (root origin) English examples fa-, fa (FA) [1]say, speak: Latin: fārī, see also fatērī: affable, bifarious ...
In writing and typography, a ligature occurs where two or more graphemes or letters are joined to form a single glyph.Examples are the characters æ and œ used in English and French, in which the letters a and e are joined for the first ligature and the letters o and e are joined for the second ligature.
Anode: 4 Fe → 4 Fe 2+ + 8 e −; 4 Fe 2+ → 4 Fe 3+ + 4 e − Overall: 4 Fe + 3 O 2 + 6 H 2 O → 4 Fe 3+ + 12 OH − → 4 Fe(OH) 3 or 4 FeO(OH) + 4 H 2 O The electrolyte is usually iron(II) sulfate in urban areas (formed when atmospheric sulfur dioxide attacks iron), and salt particles in the atmosphere in seaside areas.